The Seagate® Pulsar™ solid state drive (SSD) is a true enterprise SSD from the world leader in enterprise storage. The Pulsar SSD differs from other products within the Seagate enterprise portfolio because it leverages non-volatile flash memory rather than spinning magnetic media to store data.
Enterprise blade and general server applications
Seagate® Constellation™ portfolio includes the world's first 2.5-inch hard drive for Tier 2/nearline environments with best-in-class power efficiency and 3.5-inch high-capacity hard drives with up to 2 TB of storage for data-hungry applications. Constellation drives offer the best combination of nearline performance, enterprise-class reliability, low power consumption and high capacity, as well as a data security option.
High-density, multi-spindle Tier 2/nearline storage requirements including servers and NAS, SAN and RAID storage environments.
Seagate® Savvio® drives are the preferred enterprise drives for mainstream and high-performance, 2.5-inch, 10K-RPM and 15K-RPM server and storage solutions, where system reliability, low power and capacity are critical. Self-Encrypting Drive models available.
Mission critical 2.5-inch enterprise server and storage applications that demand high reliability, performance and the lowest in power consumption.
Seagate® Cheetah® drives are the standard for 3.5-inch 10K-RPM and 15K-RPM hard drives used in mission-critical server and storage solutions, where system availability and reliability are of utmost importance.
Large form factor, mission critical enterprise storage applications, in demanding network and server storage environments.
The Seagate® Barracuda® ES.2 is a 3.5" drive with SAS or SATA interfaces and provides high-capacity, 7200-RPM nearline storage for situations where dollars per GB and GB per watt are primary metrics.
Multi-spindle high-capacity applications such as nearline, NAS, SAN, RAID and multi-host applications.
Multi-spindle high-capacity applications such as nearline, NAS, SAN, RAID, multi-host applications (SAS) and, clustering (SAS)